void MojTestRunner::test(MojTestCase& test)
{
if (!testEnabled(test))
return;
MojPrintF(_T("%-24s: "), test.name());
fflush(stdout);
m_curTest = &test;
test.cleanup();
MojErr err = test.run();
test.cleanup();
m_curTest = NULL;
if (err == MojErrNone) {
m_numSucceeded++;
MojPrintF(_T("Succeeded\n"));
} else {
m_numFailed++;
}
}
static int32_t
testHookInterface(OMRPortLibrary *portLib, uintptr_t *passCount, uintptr_t *failCount, J9HookInterface **hookInterface)
{
int32_t rc = 0;
uintptr_t agent1, agent2, agent2andAHalf, agent3;
/* all events should be enabled initially */
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, TRUE);
/* disable event1 */
testDisable(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, 0);
testReserve(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, -1);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, FALSE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, TRUE);
/* reserve event2 */
testReserve(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, 0);
testDisable(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, -1);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, FALSE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, TRUE);
/* register event3 */
testRegister(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, 0);
testDisable(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, -1);
testReserve(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, 0);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT1, FALSE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, TRUE);
testEnabled(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, TRUE);
/* register event2 (which was previously reserved) twice */
/* (the second register should have no effect) */
testRegister(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, 0);
testRegister(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2, 0);
/* trigger an event */
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT1, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT2, 1);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 1);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT4, 0);
/* unregister the twice hooked event */
testUnregister(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT2);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT1, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT2, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 1);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT4, 0);
/* unregister the once hooked event */
testUnregister(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT1, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT2, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT4, 0);
/* allocate some agent IDs */
agent1 = testAllocateAgentID(portLib, passCount, failCount, hookInterface);
agent2 = testAllocateAgentID(portLib, passCount, failCount, hookInterface);
agent2andAHalf = testAllocateAgentID(portLib, passCount, failCount, hookInterface);
agent3 = testAllocateAgentID(portLib, passCount, failCount, hookInterface);
/* register the agents in order */
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, agent1, 1, 0);
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, agent2, 2, 0);
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT4, agent3, 3, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT4, 3);
/* register the agents in reverse order */
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, agent3, 3, 0);
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, agent2, 2, 0);
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, agent1, 1, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 3);
/* unregister an agent */
testUnregisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, 2);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 2);
/* register it again with another agent in the same list position*/
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, agent2andAHalf, 2, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 3);
/* register a first chance istener */
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, J9HOOK_AGENTID_FIRST, 0, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 4);
/* and a last chance listener */
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, J9HOOK_AGENTID_LAST, 4, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 5);
/* registering a duplicate listener should have no effect, even if it's a different agent */
testRegisterWithAgent(portLib, passCount, failCount, hookInterface, TESTHOOK_EVENT3, agent2, 3, 0);
testDispatch(portLib, passCount, failCount, TESTHOOK_EVENT3, 5);
return rc;
}